Ethical Dilemma Of Self-Driving Vehicles

938 Words2 Pages

Louis Pisicolo
Edward D. Miller
HON 301
May 4, 2017
Research Question:
How do we justly implement an algorithm that is programmed to take a life?
The Ethical Dilemma of Self-Driving Vehicles Society already has all sorts of forms of transportation, however, in the not so distant future many of these may be conducted solely by artificial intelligence and no human interaction at all. Dreams of implementing self-driving cars began as far back as the 1930s. It is only recently, in the 2000s, that self-driving vehicles have become a reality. We have already seen an increase in remote controlled delivery vehicles, drones, and trucks. Companies such as Google and Tesla are now working vigorously in designing a fully/semi-automated car for every …show more content…

There is no question progress has been made in the technology of self-driving vehicles, however, there have been a rise of complicated ethical questions that have yet to be answered. The main issues include: consumer trust and investment in a vehicle that is programmed to end the consumer’s life. And out of the many popular ethical systems, which should we choose to govern our roads? It’s a scary thought to put one’s life at risk, especially when it is your own. The brand new self-driving car brings with it a major moral dilemma. Will consumers be comfortable purchasing such a means of transportation? New research has found that people generally approve of autonomous vehicles governed by the utilitarian ethical system. Utilitarianism is when right and wrong is determined by the overall goodness of the consequences of action. In other words, what brings forth the most pleasure or happiness. When dealing with autonomous vehicles, the car would seek to minimize the total number of deaths in a crash, even if this means harming those within the vehicle. Even though the majority of consumers are on board …show more content…

Understanding how the self-driving car works is actually pretty simple. Typically, when humans drive we stay aware of our surroundings, road hazards, pedestrians, or poor drivers. However, due to our physical limitations, we cannot always prevent unforeseen tragedies. Autonomous vehicle technology stays precise and focused by using a combination of radar and lasers which monitor one’s driving lane and surrounding area (Palmer par. 4). To accomplish this self-driving task each vehicle is equipped with a GPS unit, a navigation system, as well as the aforementioned sensors, lasers, radar, and video. The vehicle uses the information from the GPS and navigation to localize itself, and the sensor data to refine its position as well as build a 3D image of its environment. This data is filtered to make certain decisions based on the vehicles varying control system. The majority of control systems are proficient in making intelligent decisions by maintaining internal maps of their world, and using this map to find an optimal path that avoids obstacles and arrives at a destination. Once the vehicle determines the best path, the calculations are broken down into commands, and are fed to the vehicles actuators. The purpose of these actuators is to control steering, braking, and throttle. This process of mapping, path

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